@self.discipline93: Chúng ta thường nhận ra khi đã muộn #giadinh

self discipline

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Tuesday 30 June 2026 04:31:26 GMT

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萧寒 :

Kệ mẹ sống cho chính mình là đc

2026-07-04 12:21:24

5

ជម្រាបសួរនិងយង :

tao tên khang

2026-07-05 06:21:35

2

qurin_gojo :

t tên khang=)

2026-07-04 15:29:35

1

_CHÚ_9_XÌ_CHUM_slay👾 :

đời bố bố quản

2026-07-05 03:04:33

2

pov và audio :

tạo kiểu

2026-07-05 11:49:32

1

PHAN KỲ MINH THÔNG(S0I7a8J5R5q :

xem mà khóc

2026-07-04 22:04:18

2

🪼 đại dương 🪼 :

ai thoi sao

2026-07-05 07:30:44

1

user4ah7golcrj :

2026-07-04 14:54:41

1

★Hiển★ :

xem mà tự nhiên rơi nước mắt

2026-07-06 00:52:09

1

『✮Bi✯』 :

“AI thôi mà”

2026-07-05 04:59:21

1

Hùng.aubu 🔥🔥🔥 :

2026-07-05 00:11:36

1

vy.thu0968 :

2026-07-04 16:13:11

1

Long Nk :

huhuhuhu

2026-07-04 12:33:19

2

1996hn :

dd

2026-07-04 12:37:59

1

亗ℍ𝕚𝕖̂́𝕦 𝔹𝕒́ 亗 :

Video AI ý nghĩa nhất tôi từng xem

2026-07-04 23:26:12

2

Li'l Dark Cat :

AI thôi mà

2026-07-05 05:41:57

1

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The great majority (>99%) of cells in our blood are red blood cells. But circulating in blood we also have white blood cells. These WBCs play very important roles in defending our bodies against pathogenic invaders such as bacteria. The majority (up to 70%) of WBCs in blood are neutrophils. . Neutrophils are the “first responders” of the immune system. When tissues are damaged or invaded by pathogens, distress chemical signals attract neutrophils to the affected area. When neutrophils detect the presence of bacteria, they attack them by eating them (phagocytosis), but they also die soon after (this is the way pus is formed). . The reason why I used methylene blue dye to detect WBCs is because methylene blue has affinity to stain DNA, so it stains cells by staining the cell nucleus. Unlike RBCs, which lose their nucleus after maturation, WBCs have a nucleus so they get easily stained with this dye. . In the last part of the video, you can see a comparison of the main 5 types of WBCs found in blood (platelets are also visible in this part of the video): 1) Neutrophils: these WBCs are the first responders to infections. They engulf and destroy bacteria and fungi through phagocytosis. 2) Lymphocytes: they coordinate specific (adaptive) immune responses after differentiating into B cells, T cells, or natural killer (NK) cells. B cells produce antibodies to target specific pathogens, T cells and NK cells play crucial roles in cell-mediated immunity. 3) Monocytes: they differentiate into macrophages and dendritic cells to engulf pathogens and present antigens to activate other immune cells. 4) Eosinophils: they attack parasites and play a key role in allergic reactions by releasing inflammatory mediators. 5) Basophils: they release histamine and other chemicals to mediate allergic and inflammatory responses. . Blood is such a fascinating and complex tissue! . For this video I used an Olympus CX31 microscope and an Olympus BX41 microscope at up to 1000× magnification. #microscopy #hematology #bloodcells #EduTok #LearnOnTikTokContest

The great majority (>99%) of cells in our blood are red blood cells. But circulating in blood we also have white blood cells. These WBCs play very important roles in defending our bodies against pathogenic invaders such as bacteria. The majority (up to 70%) of WBCs in blood are neutrophils. . Neutrophils are the “first responders” of the immune system. When tissues are damaged or invaded by pathogens, distress chemical signals attract neutrophils to the affected area. When neutrophils detect the presence of bacteria, they attack them by eating them (phagocytosis), but they also die soon after (this is the way pus is formed). . The reason why I used methylene blue dye to detect WBCs is because methylene blue has affinity to stain DNA, so it stains cells by staining the cell nucleus. Unlike RBCs, which lose their nucleus after maturation, WBCs have a nucleus so they get easily stained with this dye. . In the last part of the video, you can see a comparison of the main 5 types of WBCs found in blood (platelets are also visible in this part of the video): 1) Neutrophils: these WBCs are the first responders to infections. They engulf and destroy bacteria and fungi through phagocytosis. 2) Lymphocytes: they coordinate specific (adaptive) immune responses after differentiating into B cells, T cells, or natural killer (NK) cells. B cells produce antibodies to target specific pathogens, T cells and NK cells play crucial roles in cell-mediated immunity. 3) Monocytes: they differentiate into macrophages and dendritic cells to engulf pathogens and present antigens to activate other immune cells. 4) Eosinophils: they attack parasites and play a key role in allergic reactions by releasing inflammatory mediators. 5) Basophils: they release histamine and other chemicals to mediate allergic and inflammatory responses. . Blood is such a fascinating and complex tissue! . For this video I used an Olympus CX31 microscope and an Olympus BX41 microscope at up to 1000× magnification. #microscopy #hematology #bloodcells #EduTok #LearnOnTikTokContest

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Video trả lời cho câu hỏi cọ No Brand có chính hãng không nha. #thuashu #makeuptools #bocotrangdiem #bocomakeup #makeup

#creamoxyelle #viral

#creamoxyelle #viral

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